Our Laboratory E-Spinne Machine is an advanced, lab-scale, climate-controlled electrospinning system engineered for the precise fabrication of nanofibers. This state-of-the-art machine is capable of producing pharmaceutical, biological, polymeric, carbon, and ceramic nanofibers with diameters ranging from 10 nanometers to several microns.

Key Features and Components:
Stainless Steel Construction:
The machine boasts a robust stainless steel body, ensuring durability and resistance to corrosion, thereby extending the operational lifespan and maintaining stringent hygiene standards.
Compact Climate Control Unit:
An integrated climate control unit maintains optimal environmental conditions within the chamber, crucial for producing high-quality nanofibers with consistent properties.
Precision Syringe Pump:
The highly accurate syringe pump ensures precise control over the flow rate of the polymer solutions, which is essential for achieving uniform fiber diameters.
Flexible Spinneret System:
The easy-to-use spinneret system is designed for versatility, accommodating a range of spinneret configurations to meet various experimental requirements.
High-Speed Negative Collector System:
The isolated high-speed negative collector system enhances the collection efficiency of the electrospun fibers, ensuring uniform deposition and high-quality nanofiber mats.
Dual High-Voltage Power Supplies:
Equipped with two high-voltage power supplies, the machine can handle complex electrospinning processes, providing the necessary voltage for the creation of nanofibers.
Models Available:
Standard Module:
A versatile system suitable for most electrospinning applications, offering reliable performance and ease of use.
Dual Scan Model:
This advanced system supports both vertical and horizontal electrospinning. It features dual syringe pumps positioned on either side of a rotating collector drum. Each side includes its own syringe pump, scan system, distance adjuster, and high-voltage power supply. This setup allows for the simultaneous electrospinning of different materials, enabling the production of composite nanofibers with distinct properties.
Applications:
Simultaneous Electrospinning:
The Dual Scan Model facilitates the concurrent electrospinning of various materials, making it possible to combine polymeric and additive materials (e.g., medications) into a single nanofiber structure. This capability is particularly valuable in creating composite nanofibers tailored for specific applications.
Control and Safety:
Siemens Touch Screen Panel:
The machine features a Siemens touch screen panel for intuitive control and precise input of electrospinning parameters. Users can easily configure and store recipes for different materials and processes.
Safety Standards:
Adhering to CE, ISO, and DIN standards, the E-Spinne Machine incorporates comprehensive safety measures to protect users. These measures include safeguards for handling high-voltage power supplies and chemical solvents, ensuring a safe working environment.
Suitability:
The E-Spinne Machine is ideal for a wide range of applications, including pharmaceutical, medicinal, and biological research. Its advanced capabilities and user-friendly design make it an indispensable tool for researchers and industry professionals seeking to develop high-performance nanofiber materials.
In summary, the Laboratory E-Spinne Machine represents the pinnacle of precision and versatility in electrospinning technology. Its comprehensive features and adherence to international safety standards make it an exceptional choice for both academic and industrial applications.